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Why are contour interval on a topographic map of a mountainous area usually large?

Contour intervals on a topographic map of mountainous areas are usually large because the terrain is more rugged and the elevation changes are more pronounced. A larger contour interval helps to simplify the representation of complex topography and make the map easier to read and interpret.


Would a topographic map of the Great Plains have a large or small contour interval Explain?

A topographic map of the Great Plains would typically have a small contour interval. This is because the region is relatively flat with subtle changes in elevation. A small contour interval helps to accurately depict these gradual elevation changes on the map.


Would a topographic map of the Rocky Mountains have a large or small contour interval Explain?

A map of the Rocky Mountains would have a small contour interval because of the multiple peaks and ridges and the constant increase of elevation.


What is the elevation change between two adjacent lines on a map?

Those lines representing elevation on a map are called contour lines. The difference in elevation between two of these lines is called the contour interval. Different maps use different contour intervals based on the scale of the map, or in other words, the size of the contour interval is based on how zoomed in and detailed the map is. Sometimes a map will have darker and thicker contour intervals. This is called the Index Contour Interval. Index contour intervals appear less frequently and represent a larger elevation change. It helps you figure out the amount of a large elevation difference faster because usually they are multiples of 100 or 1000, making them easier to add up.


How could you tell whether a topographic map shows a gradual slope?

A topographic map showing a gradual slope will have contour lines that are evenly spaced and spread out, indicating a gentle change in elevation over a large area. The contour lines will be further apart, and there will be fewer lines to indicate the slope is gradual. Additionally, if the contour lines form shallow V-shapes, it suggests a gradual slope.


What is the elevation change between two adjacent lines on the map?

Those lines representing elevation on a map are called contour lines. The difference in elevation between two of these lines is called the contour interval. Different maps use different contour intervals based on the scale of the map, or in other words, the size of the contour interval is based on how zoomed in and detailed the map is. Sometimes a map will have darker and thicker contour intervals. This is called the Index Contour Interval. Index contour intervals appear less frequently and represent a larger elevation change. It helps you figure out the amount of a large elevation difference faster because usually they are multiples of 100 or 1000, making them easier to add up.


How would a topographic map help plan hiking routes that can be easy for new hikers?

A topographic map shows elevations, and large differences in elevation close together indicate steep slopes, which hikers may want to avoid. A path with the smallest differences in elevation will usually be a flatter, more easily-walked path.


What is topographi map?

A topographic map is a type of map characterized by large detail and quantitative representation of relief, usually using contour lines in modern mapping. These also show natural and man-made features.


True or false is a large portion of Peru is mountainous?

It is true that a large portion of Peru is mountainous. The Andes Mountains runs through much of Peru.


Which map gives detailed information?

Topographic maps provide detailed information about the terrain, elevation, and land features of a specific area. These maps use contour lines to show changes in elevation, helping users understand the topography of the area.


What happens to the width of the confidence interval when you are unable to get a large sample size?

The width of the confidence interval increases.


What conditions are required to form a valid large-sample confidence interval for you?

1) What conditions are required to form a valid large-sample confidence interval for µ?